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What would be the complementery strand of dna C T T A G G C T T A C C A? I really need help ive looked all over my science book but I cant find it
Started by Ivan on
, 6 posts
by 6 people.
Answer Snippets (Read the full thread at yahoo):
So that's C-G , and A-T
C T T A G G C T T A C C A
will....
G A A T C C G A A T G G A
Cytosine-Guanine
Adenine-Thymine
Hope this helps! :) Source(s): Honors .
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I thought I'd use some (what I thought was) simple generics to enforce CRUD on some Business Classes. eg.
public interface IReadable <T> { T Read<T>(string ID); }
and then perhaps, I could have a NoteAdapter to do C**R**UD with the Note class...
Started by IM on
, 4 posts
by 4 people.
Answer Snippets (Read the full thread at stackoverflow):
Public interface IReadable <T> { T Read<T>(string ID); }
here really two different Ts : IReadable <T> and T Read<T>(string ID)
maybe just
public interface IReadable <T> { T Read(string ID); } ?
because....
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Is there equivalent of <? extends T> <? super T> in c++?
Also, does <? extends T> <? super T> work even if T is an interface in Java?
Started by ajay on
, 6 posts
by 6 people.
Answer Snippets (Read the full thread at stackoverflow):
Answer to the first part: http://stackoverflow.com/questions/148373/c-restrict....
I'll leave the first question to the more C++-savvy people .
As far as generics is concerned, interfaces are treated the same as real classes .
To answer your second question: yes.
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Is there a short way of converting a strongly typed System.Collection.Generic.List to an array of the same type, eg: List to MyClass[]?
By short i mean one method call, or at least shorter than:
MyClass[] myArray = new MyClass[list.Count]; int i = 0; ...
Started by tehvan on
, 5 posts
by 5 people.
Answer Snippets (Read the full thread at stackoverflow):
See here for details..
List<int> list = new List<int>(); int[] intList = list.ToArray();
is it your solution?
list.ToArray()
Will do the tric .
Try using
MyClass[] myArray = list.ToArray();
Use ToArray() on List<T>.
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I'm working with some C++/CLI code (new syntax) and am trying to declare a generic type and want to set a member variable to it's default.
In C#:
class Class<T> { T member = default(T); }
What's the equivalent in CLI?
generic<typename T> public...
Started by dkackman on
, 3 posts
by 3 people.
Answer Snippets (Read the full thread at stackoverflow):
Generic<typename T> public ref class Class { public: Class() : member(T()) { } Class(Class^ c) { member = c->member; } private: T member; };
Edit DOH This works too (been in C# land for so long) { } Class(Class^ ....
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I have gotten used to using size_t in my C++ code by way of C due to a professor's insistence and I was curious if 'var' in C# is the same sort of thing?
Started by nmr on
, 7 posts
by 7 people.
Answer Snippets (Read the full thread at stackoverflow):
It's what you think makes the code moreThere is a vast... .
I don't know about c++ size_t, but I do size_t where possible in C, var is more of a judgement call.
It's not.
Size_t is just an unsigned integer type in C.
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Can anyone explain to me why I would want to use IList over List in C#?
Related question: Why is it considered bad to expose List<T>
Started by Peanut on
, 11 posts
by 11 people.
Answer Snippets (Read the full thread at stackoverflow):
The implementation of ....
When you specify IList.
List< T > is a specific implementation of IList< T > , which is a container that can be addressed the same way as a linear array T[] using an integer index.
Was written.
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I have a class like this:
public class Foo<T> : IEquatable<T> where T : struct { List<T> lst; [Other irrelevant member stuff] }
I want to implement the IEquatable<T> interface for the Foo class. What do I need to do. For simplicity...
Started by Chris on
, 3 posts
by 3 people.
Answer Snippets (Read the full thread at stackoverflow):
Public class Foo<T> : IEquatable<Foo<T>> where T : struct { List<[i])) { return false; } } return true; } public override int GetHashCode() { int hash = 17; foreach (T.
Try this.
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Sizeof is a C keyword . It returns the size in a type named size_t . However, size_t is not a keyword, but is defined primarily in stddef.h and probably other C standard header files too.
Consider a scenario where you want to create a C program which ...
Started by Ashwin on
, 12 posts
by 12 people.
Answer Snippets (Read the full thread at stackoverflow):
The type returned by sizeof....
Sizeof is an operator that gives the size of a type .
The C language doesn't need size_t to be a usablesize_t is actually a type - often an unsigned int.
Resolved at compile-time rather than at runtime.
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If c varies inversly with t, and c =14 when t= 2,what is the value of c when t =7 ?
Started by Shea Berry on
, 5 posts
by 5 people.
Answer Snippets (Read the full thread at yahoo):
C<14 inverswe means 1 divided by so c = K (some constant) * 1/t
or c * t = K
if c is proportional to t then c = K* t bigger t,means bigger c
if c goes up T goes down to keep....
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